ye but also u can't use all of f(x) <= 1 anyway so u need to choose either x<-1 or -1<x<0 or 0<x<1 and looking at the actual equation given the -1<x<0 is the one where an inverse exists?
am I horrendously wrong
75-45, so it came to an angle of 30 degreesHow did you guys go about finding the angle in projectile?
I found dy/dx on the cartesian equation at the x-coord for A, then used angle between two lines with y=-x. Got 45° tho
It is attachedCan someone post the full paper
Yeah I got -1<x<1, so I got Aye but also u can't use all of f(x) <= 1 anyway so u need to choose either x<-1 or -1<x<0 or 0<x<1 and looking at the actual equation given the -1<x<0 is the one where an inverse exists?
am I horrendously wrong
Thansk heapsIt is attached
is A correct? just want to confirm because I got A as wellI got A for mc10
Yeah A is correct. I also checked on wolfram alpha, and we’re good yayis A correct? just want to confirm because I got A as well
Yep k=14 is correctguys for the binomial is it k = 5 or k = 14, since the question asks for which k for x^k = x^k + 1.
Plugging the expression into a calculator to expand gives that x^14 = x^15.
So is k = 14 the only correct answer here?
HECK TO THE YEAYeah A is correct. I also checked on wolfram alpha, and we’re good yay
Oh shit you're right.Is it just me, or did anyone else notice that the projectile motion question asked to not only find the distance OA, but also the point A?